Technical Program

IF444: Time-Domain Finite Element and Discontinuous Galerkin Methods

Session Type: Interactive
Poster Time: Thursday, July 10, 14:40 - 16:40
Presentation Time: Thursday, July 10, 14:40 - 15:40
Location: Ballroom B-E
Session Chairs: Chao-Fu Wang, National University of Singapore and Dan Jiao, Purdue University
 
IF444.31: CALCULATION OF TIME-DOMAIN FAR FIELD OF ANTENNAS USING DG-FETD METHOD
         Fu-Gang Hu; Temasek Laboratories@NUS, Singapore
         Chao-Fu Wang; Temasek Laboratories@NUS, Singapore
 
IF444.32: CAUSAL-PATH LOCAL TIME-STEPPING IN THE DISCONTINUOUS GALERKIN METHOD FOR MAXWELL’S EQUATIONS
         Luis D. Angulo; University of Granada, Spain
         Jesus Alvarez; Airbus Defense and Space, Spain
         Fernando L. Teixeira; The Ohio State University ElectroScience Laboratory, United States
         Mario F. Pantoja; University Of Granada, Spain
         Salvador G. Garcia; University Of Granada, Spain
 
IF444.33: A NEW DG-FETD IMPLICIT TIME STEPPING SCHEME BASED ON E AND B FIELDS FOR SEQUENTIALLY ORDERED SYSTEMS
         Qingtao Sun; Duke University, United States
         Qing Huo Liu; Duke University, United States
 
IF444.34: NEW DG-SETD METHOD FOR 3D EM SIMULATIONS
         Qiang Ren; Duke University, United States
         Qing Huo Liu; Duke University, United States
 
IF444.35: P-REFINEMENT FOR LARGE-DOMAIN WAVEGUIDE STRUCTURES ANALYZED BY FEM-MM TECHNIQUE
         Sanja Manic; Colorado State University, United States
         Milan Ilic; University of Belgrade, Serbia
         Branislav Notaros; Colorado State University, United States
 
IF444.36: STRUCTURE-AWARE TIME-DOMAIN FINITE-ELEMENT METHOD FOR EFFICIENT SIMULATION OF VLSI CIRCUITS
         Woochan Lee; Purdue University, United States
         Dan Jiao; Purdue University, United States
 
IF444.37: FAST ALGORITHM FOR GENERATING A MINIMAL-ORDER MODEL OF A GENERAL LOSSY ELECTROMAGNETIC PROBLEM
         Jin Yan; Purdue University, United States
         Dan Jiao; Purdue University, United States
 
IF444.38: A MATRIX-FREE TIME-DOMAIN METHOD INDEPENDENT OF ELEMENT SHAPE FOR ELECTROMAGNETIC ANALYSIS
         Jin Yan; Purdue University, United States
         Dan Jiao; Purdue University, United States